1, 2018 in the Nature Materials journal, suggested that electrons in the crystals would collectively behave as if they are magnetic monopoles
in their motion.
This is done in comparison of the present continuum approach to lattice results in discussing the role of center-vortex loops and the magnetic monopoles
that associate with them.
If magnetic monopoles
are finally detected, it would get rid of the current asymmetry between electricity and magnetism - something that bugs a lot of physicists - and prove, once and for all, that the two are truly analogous.
I would later learn about a hypothetical one-dimensional curve in space--a Dirac string stretching between two magnetic monopoles
with opposite magnetic charges, or from one magnetic monopole
out to infinity.
This relativistic and gauge invariant theory of broken symmetry is based on a nonzero electric field divergence in the vacuum, in combination with a vanishing magnetic field divergence due to the non-existence of observed magnetic monopoles
By adjusting the sizes of the modified Alford loop and ground plane ([d.sub.g]), the radiation fields of the electric and magnetic monopoles
can be made equal in amplitude with phase quadrature, which are required for generating CP fields.
Since Dirac argued  in 1931 that a possibly explanation of the electric charge quantization requires the existence of magnetic charges, the magnetic monopoles
are a permanent and recurrent problem from either theoretical or experimental points of view.
In this case, the role of electrons in electric current is played by "magnetic monopoles
" that move around by virtue of the shifting positions of atomic groupings in a crystalline material called spin ice.
These nanostructures are arranged in a honeycomb lattice and when charged behave like magnetic monopoles
Washington, September 4 (ANI): In a new research, a team of scientists has for the first time observed magnetic monopoles
and how they emerge in a real material.
courts to prevent the LHC from being turned on at all, asserting that the experiments posed a small risk of creating low-velocity micro black holes and theoretical particles such as strangelets, magnetic monopoles
and vacuum bubbles.
He explains the action approach, including its relation to Maxwell's equation and Dirac fields, then examines continuous symmetries and conservation laws, magnetostatics, multivalued fields in superfluids and superconductors, magnetic monopoles
, electric charge confinement, multivalued mapping from ideal crystals to crystals with defects, defect melting, relativistic mechanics in curvilinear coordinates, torsion and curvature from defects and embedding, mutivalued mapping, field equations of gravitation, fields of integer spin, particles with half-integer spins, covariant conservation gravitation of spinning matter as a gauge theory, evanescent properties of torsion in gravity, the teleparallel theory of gravitation embedding, and emerging gravity.